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MEDIATEK LinkIt 2523 HDK v11, User Manual

The MEDIATEK LinkIt 2523 HDK v11 User Manual is an essential resource for users of this high-performance development kit. Easily downloadable for free from our website, this comprehensive manual provides detailed instructions and insights to maximize your experience with the product, ensuring a smooth user journey. Visit manualshive.com to download now!

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LinkIt 2523 HDK v11 User's Guide 

 

 

© 2015 - 2016 MediaTek Inc.

 

               Page 59 of 82 

This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s).  

Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. 

Figure 38. CONNECTIVITY_BT_MT2523G 

 

GNSS_VBAT

R5243

R / 0 / ohm / 0402 / NC

1

2

Note: 52-18

R5224

R / 0 / ohm / 0603

1

2

GNSS_VBAT

VBAT

Note: 52-8

Note: 52-14

External buck 3.3V LDO

Note 52-18:GPS HOT re-start feature

No support:

BAT5201=NC, R5211=NC, R5243=NC, R5234=0ohm

Support:

Support and Power optimization

X5204=NC, C5222=NC, C5221=NC, R5210=120K, R5220=91K

BAT5201=NC, R5211=NC, R5243=0ohm, R5234=NC

X5204=NC, C5222=NC, C5221=NC, R5210=120K, R5220=91K

BAT5201=ML621S, R5211=1K, R5243=NC, R5234=0 ohm

X5204=FC-135, C5222=22pF, C5221=22pF, R5210=NC, R5220=NC

GNSS_VBAT for pin GPS_VRTC_4V3 should be provided between 2.0V to 4.3V.

GPS_VDDIO

Carkit_input

SC

K1

Title

Size

Date:

Sheet

of

MediaTek HDK MT2523G

52_CONNECTIVITY_GPS_MT3333

C

52

99

Monday , May  30, 2016

JDI

JCK

JMS

JRST

GPS_VTLDO_2V8

SC

S1

External buck 3.3V LDO

VGPS_MAIN

GPS_VR

T

C

_1V1

JDO

GPS_DCV

GPS_VREF

GPS_VTCXO_SW

GPS_DCV_FB

JRCK

GPS_VTCXO_SW

GPS_VTCXO_SW

50 Ohm

VGPS_MAIN

GPS_R

T

C

_XOU

T

GPS_R

F

IN

TCXO

GPS_R

T

C

_XI

N

T

X2

Schematic design notice of "52_CONNECTIVITY_GPS_MT2523G" page.

Note 52-1:

AVSS43_DCV should be connected to C5218 GND net first, 

Note 52-3:

Both of pin AVDD43_VBAT and AVDD43_DCV voltage should be keeped

C5214 is close to G1 ball (AVDD28_TLDO)

Note 52-2:

Buck Mode : L5202 = 1uH, R5205 = 0 ohm , R5206 = NC

Note 52-4:

Note 52-5: Recommend to select 3V coin battery for leakage consideration.

Note: 52-1

Note: 52-1

Note: 52-2

Note: 52-3

Note: 52-4

Note: 52-5

U5204/C5221/C5222 could be removed, R5210 = 0 ohm,

Note 52-6:

Note: 52-6

Note: 52-7

Note 52-7: VTCXO voltage selection

Note 52-8: RF clock selection

Note: 52-9

IO Voltage Selection

Note 52-9:

Host interface selection

Note 52-10:

Note: 52-10

Note: 52-12

Note: 52-11

Note 52-11:C5201 is close to U5201 VCC

50 Ohm

Carkit_input

Note: 52-15

Note: 52-13

RTC XTAL

TCXO layout please refer to MTK TCXO layout rule.

In order to keep good GPS clock stability,

Note 52-12:

Note 52-15:

Note 52-14:Main Input Voltage Requirement and External LDOs Selection

output voltage drop-down period.

discharge function and confirm the voltage drop-down curve to keep long 

[1] Please choose one voltage source without built-in output high-speed

GPS_VTCXO_SW Note for external active antenna, 

Note 52-16:

matching value depends on LNA selected

GPS_VTCXO_SW is 1.8V or 2.8V base on TCXO selection. 

The voltage drop must can't be lower than 3.1V.

output voltage drop-down period (>1ms from 2.7V to 0.5V).

function, such as Torex XC6210/XC6215/XC6221 series to keep long

[2] Please choose external LDOs without output high-speed discharge

C5203, C5206 and L5201 are reserved for LNA matching

Note 52-13:

Otherwise, please using external power supply.

Please ensure external active antenna is operating at this range. 

Please refer the QVL to select LNA component

Note 52-17:

the QVL to select TCXO component

MT2523 support 16.368MHz&26MHz TCXO, please refer 

Note: 52-17

Note: 52-16

GPS_D

C

V_1

V8

GPS_DCV_1V8

GPS_CORE1V1

GPS_VTLDO_2V8

C5218

C / 4.7 / uF / 0603

2

1

TP5205

NC

1

L5203

L / 22 / nH / 0402 / NC

1

2

C5216

C / 1 / uF / 0402

2

1

R5211

R / 1 / K / 0402 / NC

TP5201

NC

1

C5224

C / 4.7 / uF / 0603

2

1

R5235

R / 0 / ohm / 0402

1

2

TP5207

NC

1

TP5210

NC

1

C5214

C / 1 / uF / 0402

2

1

R5241

R / 0 / ohm / 0402

1

2

C5237
C / 4.7 / uF / 0603

2

1

TP5215

NC

1

C5226

C / 1 / uF / 0402

2

1

U5205

U / XC6210A332MR

IN

1

GND

2

EN

3

BYP

4

OUT

5

C5233

C / 0402 / NC

2

1

U5207

U / BGA725L6

GND

1

VCC

2

AO

3

GNDRF

4

AI

5

PON

6

+

BAT5201

ML621S / NC

R5237

R / 0 / ohm / 0402

1

2

R5230

R / 0 / ohm / 0402

1

2

R5238

R / 0 / ohm / 0402

1

2

T

P

52

03 NC

1

X5204

X / FC-135 32.768KHZ 12.5pF

IN1

1

IN2

2

C5219

C / 4.7 / uF / 0603

2

1

C5236

C / 18 / pF / 0402

2

1

L5202

L / 1 / uH / 0806

L/IND/SMD/LQM2MPN1R0NG0

R

520

7

R

 /

 1

0 

/ 

K

 /

 0

402

 /

 N

C

C5229

C / 18 / pF / 0402

2

1

C

522

1

C

 /

 2

2 

/ 

pF

 /

 0

40

2

R5210

R / 120 / K / 0402 / NC

1

2

C5227

C / 22 / pF / 0402

2

1

J5202

R / 0 / ohm / 0402-3P(1-2)

1

2

3

R5206

R / 0 / ohm / 0402 / NC

R5236

R / 0 / ohm / 0402

1

2

R5203

R / 10 / K / 0402 / NC

C5209

C / 4.7 / nF / 0402

2

1

R

520

9

R

 /

 1

0 

/ 

K

 /

 0

402

 /

 N

C

C5211 C / 1 / uF / 0402

2

1

L5204

L / 5.6 / nH / 0402

1

2

TP5214

NC

1

R5219

R / 0 / ohm / 0402

1

2

C5210 C / 1 / uF / 0402

2

1

U5203

U / XC6210A332MR

IN

1

GND

2

EN

3

BYP

4

OUT

5

J5201

R / 0 / ohm / 0402-3P(1-2)

1

2

3

TP5206

NC

1

C5213 C / 4.7 / nF / 0402

2

1

C5232

C / 0402 / NC

2

1

T

P

52

04

NC

1

C5235

C / 0402 / NC

2

1

TP5216

NC

1

C5234

C / 0402 / NC

2

1

C5207

C / 1 / nF / 0402

1

2

R5218

R / 0 / ohm / 0402 / NC

1

2

R5217

R / 0 / ohm / 0402 / NC

1

2

C

522

2

C

 /

 2

2 

/ 

pF

 /

 0

40

2

TP5213

NC

1

C5203
NC

1

2

C5238

C / 4.7 / uF / 0603

2

1

VGPS_MAIN

R5216

R / 0 / ohm / 0402

1

2

C5212 C / 2.2 / uF / 0402

2

1

TP5211

NC

1

R5240

R / 0 / ohm / 0402

1

2

R

522

6

R

 /

 0

 /

 oh

m

 /

 0

40

2

R5205

R / 0 / ohm / 0402

C5201
C / 1 / uF / 0402

2

1

GPS_DCV_1V8

R

520

8

R

 /

 1

0 

/ 

K

 /

 0

402

R

522

5

R

 /

 0

 /

 oh

m

 /

 0

40

2

U5206

U / EPOCOS_B8313

IN

1

G

2

G

3

OUT

4

G

5

R5220

R / 91 / K / 0402 / NC

1

2

R5228

R / 0 / ohm / 0402

1

2

R5204

R / 10 / K / 0402 / NC

R5232

R / 0 / ohm / 0402

1

2

TP5208

NC

1

T

P

52

02

NC

1

R5239

R / 0 / ohm / 0402

1

2

C5215

C / 1 / uF / 0402

2

1

R5201

R / 0 / ohm / 0402

R5234

R / 0 / ohm / 0402

1

2

C5230

C / 0402 / NC

2

1

U5208

U / EPOCOS_B8313

IN

1

G

2

G

3

OUT

4

G

5

C5208

C / 4.7 / nF / 0402

2

1

TP5209

NC

1

TX2

R5227

R / 0 / ohm / 0402

1

2

C5220

C / 1 / uF / 0402

2

1

MT2523G

U1000-4

MT2523G

GPS_3

2K_OU

T

E

17

GPS_AVD

D

43_

R

T

C

D

19

GPS_AVD

D

11_

R

T

C

F

21

GPS_XI

N

K

21

GPS_XOU

T

K

22

GPS_T

X0

M

16

GPS_R

X0

M

18

GPS_T

X1

E

16

GPS_R

X1

G

20

GPS_T

X2

J18

GPS_R

X2

L18

GPS_SC

K1

K

17

GPS_SC

S1

_

P

17

GPS_VREF

H22

GPS_AVDD_TCXO_SW

F22

GPS_AVDD28_TLDO

E22

GPS_AVSS43_MISC

G21

GPS_AVDD28_CLDO

D22

GPS_AVDD11_CLDO

B22

GPS_AVSS11_CLDO

C22

GPS_AVDD43_DCV

B21

GPS_AVSS43_DCV

A21

GPS_DCV

C21

GPS_DCV_FB

C20

GPS_HRST_B

M21

GPS_XTEST

M19

GPS_EINT0

N19

GPS_EINT1

N20

GPS_DVDD11_CORE2

L19

GPS_DVDD11_CORE1

G18

GPS_DVSS28_IO

J17

GPS_DVDD28_IO1

H20

GPS_DVDD28_IO2

P20

GPS_DVDD28_SF

J20

GPS_JRCK

L17

GPS_JDO

P18

GPS_JDI

K16

GPS_JCK

G19

GPS_JMS

N18

GPS_JRST_

N17

GPS_R

F

IN

N

22

GPS_AVD

D

18_

R

XF

E

M

22

GPS_T

1P

L20

GPS_OSC

F

20

GPS_AVD

D

18_

C

M

L22

GPS_T

1N

L21

GPS_AVDD43_VBAT

G22

GPS_F

OR

C

E_ON

D

20

GPS_D

VSS11_

C

OR

E

J16

GPS_D

VSS11_

C

OR

E

F

17

GPS_D

VSS11_

C

OR

E

F

16

GPS_D

VSS11_

C

OR

E

F

18

GPS_D

VSS11_

C

OR

E

G

16

GPS_D

VSS11_

C

OR

E

G

17

GPS_D

VSS11_

C

OR

E

H

16

GPS_D

VSS11_

C

OR

E

H

17

GPS_D

VSS11_

C

OR

E

C

19

GPS_AVSS_R

F

P

21

GPS_DVSS28_SF

J21

C5223

C / 2.2 / uF / 0402

2

1

L5201

L / 1.2 / nH / 0402

TP5212

NC

1

C5231

C / 1 / uF / 0402

2

1

TCXO5201

TCXO / 26 / MHz

VCC

4

OUT

3

GND

2

NC

1

C5206

C / 1 / pF / 0402

C5217

C / 1 / uF / 0402

2

1

C5225

C / 4.7 / uF / 0603

2

1

GPS_VANT

GNSS_VBAT

GNSS_VBAT

GPS_VTCXO_SW

GPS_32K_BB

[10]

GPS_LDO_EN

[10]

GPS_diplexer_input

[50]

U

R

XD

3_

GPS

[1

0]

U

T

XD

3_GPS

[1

0]

between 3.1V to 4.3V (VGPS_MAIN)

VGPS_MAIN

then connect to reference GND.

LDO Mode : L5202 = 0 ohm , R5205 = NC , R5206 = 0 ohm

Pin GPS_VRTC_4V3 should be provided between 2.0V to 4.3V.

GPS_VRTC_4V3 should be kept  (always alive voltage source).

Or change C5220 to 0 ohm and feed 1.1V  (always alive voltage

source) into GPS_VRTC_1V1.

2.8V TCXO: TLDO 2.8V : R5209 = NC

1.8V TCXO: SMPS 1.8V : R5209 = 10K

16.368MHZ TCXO : R5207 = NC , R5208 = NC

26MHZ TCXO : R5207 = NC , R5208 = 10K

2.8V IO : R5201= 0 , R5202 = NC (IO voltage is GPS_VTLDO)

1.8V IO : R5201 = NC , R5202 = 0 (IO voltage is GPS_DCV_1V8)

UART : R5203 = NC , R5204 = NC (I/F : TX0 , RX0)

SPI : R5203 = NC , R5204 = 10K

I2C : R5203 = 10K , R5204 = 10K

GPS_CORE1V1

GPS_DCV_1V8

GPS_EI

N

T

[1

0]

R

524

2

R

 /

 0

 /

 oh

m

 /

 0

40

2

1

2

GPS_VANT

GPS_VTLDO_2V8

GPS_VTCXO_SW

VGPS_MAIN

TX2

Summary of Contents for LinkIt 2523 HDK v11

Page 1: ...ek License Agreement and been granted explicit permission within the License Agreement Permitted User If you are not a Permitted User please cease any access or use of this document immediately Any unauthorized use reproduction or disclosure of this document in whole or in part is strictly prohibited THIS DOCUMENT IS PROVIDED ON AN AS IS BASIS ONLY MEDIATEK EXPRESSLY DISCLAIMS ANY AND ALL WARRANTI...

Page 2: ...n or disclosure of this document in whole or in part is strictly prohibited Document Revision History Revision Date Description 1 0 2 September 2016 Initial release This document is for LinkIt 2523 HDK v11 1 1 4 November 2016 Updated introduction to include top and bottom views of the LinkIt 2523 HDK v11 Updated the section for Bluetooth and Bluetooth Low Energy Updated the schematic and the BOM l...

Page 3: ...2523 HDK drivers on Microsoft Windows 3 2 2 Downloading the project image using the LinkIt 2523 HDK as a removable storage 6 3 Hardware Description 7 4 Hardware Configuration 10 4 1 Microcontroller unit 10 4 2 Power 10 4 3 Jumpers 16 4 4 LEDs 18 4 5 Buttons 20 4 6 GPIO 21 4 7 LCM 22 4 8 Audio 25 4 9 Speech 25 4 10 MSDC 25 4 11 Camera 27 4 12 USB 29 4 13 GNSS LinkIt 2523G only 30 4 14 Bluetooth and...

Page 4: ...er settings illustrated for storage options 25 Table 15 Jumper pin settings illustrated for camera and sensor daughterboards 28 Table 16 Jumper pin settings illustrated for Bluetooth 31 Table 17 Resistor selections 33 Table 18 Battery connector CON2101 see Figure 18 34 Table 19 Micro SD tray 35 Table 20 OMTP Audio jack connector 35 Table 21 LCM serial display daughterboard connector 36 Table 22 Se...

Page 5: ...header for debugging facilitation 34 Figure 20 Micro SD card holder CON4101 35 Figure 21 Serial LCM daughterboard s connector and I2C pull up resistors R1002 R1003 36 Figure 22 Serial camera daughterboard CON6201 37 Figure 23 The position of the camera daughterboard pin headers 37 Figure 24 High speed USB2 0 connector 39 Figure 25 CMSIS DAP USB 1 1 full speed connector 39 Figure 26 MK20 JTAG conne...

Page 6: ...contains information that is proprietary to MediaTek Inc MediaTek and or its licensor s Any unauthorized use reproduction or disclosure of this document in whole or in part is strictly prohibited Figure 52 LinkIt 2523 HDK layout Layer 3 73 Figure 53 LinkIt 2523 HDK layout Layer 4 74 ...

Page 7: ...rage support and high speed USB 2 0 The LinkIt 2523 HDK also has built in antenna that is able to receive Bluetooth compatibility with up to 4 0 and higher versions and GNSS GPS GLONASS and BeiDou signals In addition the USB to serial wire debug SWD converter and JTAG feature provides convenient development and debugging The LinkIt 2523 HDK supports OpenSDA to provide more streamlined development ...

Page 8: ... of 82 This document contains information that is proprietary to MediaTek Inc MediaTek and or its licensor s Any unauthorized use reproduction or disclosure of this document in whole or in part is strictly prohibited Figure 2 Bottom view of the LinkIt 2523 HDK v11 ...

Page 9: ...d for powering up the board and downloading the binary with LinkIt 2523 Flash Tool The MK20 USB can be used for debugging with GDB and downloading the binary using Keil IDE To learn more about 2523 USB COM port driver see section 2 3 Installing the USB driver of MT2523 Flash Tool Users Guide 2 1 Installing the LinkIt 2523 HDK drivers on Microsoft Windows Install mbed serial port driver to use the ...

Page 10: ...converter 1 Connect a USB to UART cable to PC such as USB to Serial UART Bridge Controller Integrated crystal OTP A new unknown device will be detected on Microsoft Windows system if the device driver wasn t setup before 2 Download and install the USB to UART cable driver from Prolific After the driver is installed unknown device will be changed to Prolific USB to Serial Comm Port 3 Open Windows C...

Page 11: ...r PC A typical USB to UART converter is shown in Figure 6 The USB connector should be connected to the PC The jump wires count of four should be connected to the UART interface on the LinkIt 2523 HDK Connect the black wire to the GND the white wire to the RX and the green wire to the TX and no need to connect the red wire Once the converter is connected the system logs will display on the serial m...

Page 12: ...nly example project image iot_sdk_demo bin use the LinkIt 2523 HDK as a removable disk drive according to the following steps 1 Connect the LinkIt 2523 HDK to your PC with a micro USB cable to the MK20 USB connector 2 Navigate to Computer on your PC to check if a new mass storage named MT2523 is available under Devices with Removable Storage as shown in Figure 7 Figure 7 LinkIt 2523 HDK connected ...

Page 13: ...eatures for application development ARM Cortex M4 core based MT2523G microcontroller Internal 160kB SRAM and 4MB PSRAM Internal 4MB serial flash Rich interfaces Three I2Cs Four master SPIs and a slave SPI One master I2S and one slave I2S One PCM interface that supports master Four sets of UARTs The first set of UART is directly configured through pin headers the other three sets are software confi...

Page 14: ...ormation that is proprietary to MediaTek Inc MediaTek and or its licensor s Any unauthorized use reproduction or disclosure of this document in whole or in part is strictly prohibited Figure 8 LinkIt 2523 HDK s top view BT SMA SMA5002 R9023 Analog Microphone MIC6001 GNSS BTSMA SMA5001 Analog Jack ...

Page 15: ...ek Inc MediaTek and or its licensor s Any unauthorized use reproduction or disclosure of this document in whole or in part is strictly prohibited Figure 9 LinkIt 2523 HDK s bottom view For more details on the HDK schematics see chapter 5 Schematics GNSS RTC Battery R9017 to R9021 2523 JTAG CON9002 Connector Speaker with Housing R4005 ...

Page 16: ... The board can enter to sleep mode using the PSRAM memory The sleep mode can be enabled or disabled by the software The LinkIt 2523 HDK also enables GPIO voltage setting configuration based on the supported components It also can supply power to the storage such as micro SD or eMMC The HDK supports an active GNSS antenna that requires a power input see section 4 2 4 Powering on an active GPS anten...

Page 17: ...with 0Ω resistor to assign the power rail DVDD_VIO_A to VIO18 as shown below Power rail DVDD_VIO_C voltage Set the jumper J1108 pins with 0Ω resistor to assign the power rail DVDD_VIO_C to VIO28 as shown below Set the jumper J1108 pins with 0Ω resistor to assign the power rail DVDD_VIO_C to VIO18 as shown below Power rail DVDD_GPO voltage Set the jumper J1109 pins with 0Ω resistor to assign the po...

Page 18: ...111 pins with 0Ω resistor to assign the power rail DVDD_VMC to VIO18 as shown below Remove the jumper J1111 with 0Ω resistor to select the power rail DVDD_VMC connected with VMC while the 0Ω resistor R1113 is mounted Mount the 0Ω resistors R1113 and R4101 to use micro SD storage Figure 10 The positions of jumpers J1105 J1110 to J1112 J1114 resistors R4101 R1113 GPDAC test point TP1101 and micro SD...

Page 19: ...rect power supply or by software control Adjust the jumpers J5201 and J5202 to change the settings The jumper locations are shown in Figure 10 and Figure 11 Table 3 Enabling the active GPS antenna on HDK with jumper pin settings illustrated Low noise amplifier activation control should be synchronized with J5202 Set the jumper J5201 pins with 0Ω resistor to enable the active GPS antenna using the ...

Page 20: ...If the current sink is active LED9209 is powered on to indicate the backlight is enabled More details can be found in Table 8 Figure 12 and Figure 13 4 2 6 PSRAM power source The PSRAM power source can be set to either always powered on or could be controlled by user defined settings Table 4 provides the jumper settings for each of the methods The jumpers J1105 see Figure 10 and J1113 see Figure 2...

Page 21: ...power source Table 5 provides two different settings to power up the serial flash Table 5 Serial flash I O power source selection jumper Serial flash I O power supply J1112 Connect the jumper J1112 see Figure 10 pins with 0Ω resistor to set the power source from VIO18 as shown below Connect the jumper J1112 see Figure 10 pins with 0Ω resistor to set the power source from VSF as shown below 4 2 8 A...

Page 22: ...ns Enable by VIO28 Disable by GND GPIO selection see section 4 6 1 MT2523 digital die eFuse J1103 32 768kHz XTAL support Should be synchronized with J1104 Mount the 32 768kHz XTAL for power saving operations Unmount the 32 768kHz XTAL for cost reduction GPIO selection see section 4 6 2 RTC source J1104 32 768kHz XTAL support Should be synchronized with J1103 Mount the 32 768kHz XTAL needed by VIO1...

Page 23: ...wer source Jumper type VIO18 for PSRAM power source VSWXM for PSRAM power source Power selection see section 4 2 6 PSRAM power source selection jumpers J1114 Power path for analog I O power source VIO28 for analog IO power source VA28 for analog IO power source Power selection see section 4 2 8 Analog I O power selection J2001 Power path selection VBAT for buck power supply to system directly VBAT...

Page 24: ...terface when R9002 and R9008 are mounted Switch of JTAG interface enable disable on keypad and camera clusters Select JTAG interface enable on keypad cluster if R9002 and R9007 are mounted Select JTAG interface on camera cluster is enabled if R9001 and R9007 are mounted Strap pin selection see section 4 15 Debugging 4 4 LEDs The LED indicators see Figure 12 and Figure 13 on the HDK are listed in T...

Page 25: ...ment contains information that is proprietary to MediaTek Inc MediaTek and or its licensor s Any unauthorized use reproduction or disclosure of this document in whole or in part is strictly prohibited Figure 12 LED positions for LED2001 LED2003 and LED6601 LED2001 LED6601 LED2003 ...

Page 26: ... SW6504 and SW6505 and they will be disabled when JTAG feature is enabled using one of the resistors R9001 and R9007 The pin locations are shown in Figure 14 To enable button or keypad functions on the HDK Remove 10kΩ resistor from R9001 Mount 10kΩ resistor to R9002 Set GPIO 18 GPIO 20 and GPIO 22 to keypad function using the Easy PinMux Tool EPT Table 9 Buttons and corresponding keypad functional...

Page 27: ...under project mt2523_hdk template ept_config folder and the Easy PinMux Tool is under PC_tool_Win folder To learn more about the software registers and GPIO functionality refer to the LinkIt 2523 API Reference Manual MT2523 digital die eFuse MT2523 real time clock RTC source selection and pins assigned for user applications are GPIO features that could be customized in user defined applications 4 ...

Page 28: ... apply power saving mode if 32 768kHz XTAL is mounted Connect jumper J1104 pins 2 and pin 3 for XTAL cost reduction Table 11 provides details on how to configure the RTC jumper settings for the HDK The pin jumper and resistor locations can be found in Figure 14 Table 11 LinkIt 2523 board s RTC jumper pin settings Enable or disable 32 768kHz XTAL Set the jumpers J1103 and J1104 with 0Ω resistors to...

Page 29: ...s jumper settings for different use case scenarios For MIPI LCM display users should connect the connectors CON501 and CON502 located behind CON501 on the back of the board for touch and display functions for serial display the set of CON401 and CON402 should be used Jumpers J401 and J402 enable the current sink and jumpers J201 J202 J203 are reserved for external current sink IC to power up the s...

Page 30: ...s illustrated LCM display reset Set the jumper J6101 with 0Ω resistor to connect the LCM reset signal to onboard LCM as shown below Set the jumper J6101 with 0Ω resistor to connect the LCM reset signal to serial pin header as shown below LCM display chip select Set the jumper J6102 with 0Ω resistor to connect the LCM SCE signal to onboard LCM as shown below Set the jumper J6102 with 0Ω resistor to...

Page 31: ...gure the GPIO45 as an output using the Easy PinMux Tool The LinkIt 2523 HDK also supports full duplex to develop audio receive and speak at the same time for real time development The HDK is using the I2S interface with master and slave with a sampling rate of 48Hz and bit width of up to 16 bits for stereo 4 9 Speech There is one analog microphone on the LinkIt 2523 HDK for audio recording The aud...

Page 32: ... eMMC as shown below Storage data line 2 Set the jumper J1003 pins to assign the storage data line 2 to micro SD as shown below Set the jumper J1003 pins to assign the storage data line 2 to eMMC as shown below Storage data line 3 Set the jumper J1004 pins to assign the storage data line 3 to micro SD as shown below Set the jumper J1004 pins to assign the storage data line 3 to eMMC as shown below...

Page 33: ...d line shown below Set the jumper J1006 pins to assign the storage command line to eMMC as shown below Figure 16 Jumpers J1001 to J1006 for storage options 4 11 Camera Connect the camera daughterboard see Figure 23 to the camera connector to enable the camera The sensor daughterboard features are shared with camera using a jumper see Table 15 and Figure 17 The LinkIt 2523 HDK supports serial inter...

Page 34: ...a power down or sensor daughterboard chip select Set the jumper J1007 to connect the sensor daughterboard using SPI chip select as shown below Set the jumper J1007 to connect camera daughterboard using camera power down as shown below Camera reset or sensor board power down Set the jumper J1008 to connect the sensor daughterboard using the GPIO as shown below Set the jumper J1008 to connect the ca...

Page 35: ...523 binary file and the FreeRTOS 1 as shown below Camera data line 0 or sensor daughterboard clock Set the jumper J1010 to connect the sensor daughterboard using the SPI clock as shown below Set the jumper J1010 to connect the camera daughterboard using data line 0 as shown below Camera pixel clock input or sensor daughterboard data input Set the jumper J1011 to connect the sensor daughterboard us...

Page 36: ...o SNR greater than 40dB If users would like to validate the satellite performance please connect external antenna to the GNSS BT SMA header shown in Figure 8 The HDK supports GPS GLONASS BeiDou Galileo QZSS and SBAS standards with optimized power consumption and extended battery life Onboard antenna and SMA connector path settings are described in section 4 14 Bluetooth and Bluetooth Low Energy 4 ...

Page 37: ...esistor R5005 Table 16 Jumper pin settings illustrated for Bluetooth Bluetooth external buck activated Connect the jumper J1101 pin 1 and pin 2 to set the external buck U1101 enabled by power rail VIO28 as shown below Connect the jumper J1101 pin 1 and pin 2 to set the external buck U1101 enabled by ROM as shown below Bluetooth external Connect the jumper J5001 pins with 0Ω resistor to set the Blu...

Page 38: ...ink paths on an onboard antenna as shown below Connect the jumper J5003 pins with 0Ω resistor to select the antenna signal uplink and downlink path using SMA connector as shown below Bluetooth I O power input Connect the jumper J5004 pins with 0Ω resistor to set the Bluetooth I O power source to VBT as shown below Connect the jumper J5004 pins with 0Ω resistor to set the Bluetooth I O power source...

Page 39: ...ust the feature settings such as JTAG debug interface output cluster as shown in Table 17 LinkIt 2523 HDK also provides the I2C and UART pin headers to receive system log or connect to external components directly as shown in Figure 19 Both Figure 14 and Figure 19 provide the detailed locations of the pins Table 17 Resistor selections JTAG function activated Mount 10kΩ resistors R9002 and R9008 to...

Page 40: ...re 19 4 16 2 I2C pin header The I2C pin header is reserved for user applications that can be configured for different modes such as GPIO and I2C see Figure 19 Note the pull up resistors are needed for the I2C interface to provide the sufficient driving power to the I2C clock and data lines The two pull up resistors R1003 and R1002 are already installed for the I2C interface as shown in Figure 21 4...

Page 41: ... of the LinkIt 2523 HDK The RTC saves the satellite information even when the system is powered off see Figure 9 4 16 6 OMTP standard audio connector CON6001 Audio jack pin assignment follows the OMTP standard and supports audio playback and microphone features It enables to record speech and playback using the Audio Jack see Figure 8 as described in Table 20 Table 20 OMTP Audio jack connector Pin...

Page 42: ...ure 21 Serial LCM daughterboard s connector and I2C pull up resistors R1002 R1003 Table 21 LCM serial display daughterboard connector Pin number Description Pin number Description 1 LCM backlight current sink 2 VIO18 3 LCM backlight PWM 4 VIO28 5 LPTE 6 VIO28 7 LSDA 8 I2C_SCL 9 LSA0 10 I2C_SDA 11 LSCK 12 GND 13 LSCE_B 14 Touch panel EINT 15 LSRSTB 16 Touch panel reset pin 17 VBAT 18 GND 19 VBAT 20...

Page 43: ... be toward USB connectors The pin assignments can be customized for user defined applications see Table 22 if no camera daughterboard is available Figure 22 Serial camera daughterboard CON6201 Figure 23 The position of the camera daughterboard pin headers Table 22 Serial camera daughterboard connector CON6201 Pin number GPI O Power domai n Descri ption Flexible mode1 Flexible mode2 Flexible mode3 ...

Page 44: ...hterboard to CON6301 The pin assignments can be customized in user defined applications if sensor daughterboard is unplugged as described in Table 23 and Figure 26 Table 23 Sensor daughterboard connector CON6301 Pin number GPI O Power domain Descript ion Flexibl e mode 1 Flexible mode2 Flexible mode3 Flexible mode4 Flexible mode5 Flexible mode6 Flexible mode8 Flexible mode9 1 VBAT VBAT 2 VA28 VA28...

Page 45: ..._EDI CK UTXD2 BT_BUC K_EN_H W MA_SPI 0_MISO 23 GND 24 GND 4 16 10 USB 2 0 high speed connector The 2523 USB connector see Figure 3 and Figure 24 follows USB 2 0 high speed standard to communicate with other compatible devices It s used for charging and system power supply The 5V power rail is also connected with MK20 USB The connector pins are described in Table 24 Figure 24 High speed USB2 0 conn...

Page 46: ...ly prohibited Table 25 CMSIS DAP USB full speed connector Pin number Description Pin number Description 1 VUSB_DAP 2 D 3 D 4 NC 5 GND 4 16 12 MK20 JTAG connector MK20 JTAG connector is used to provide a factory update of the MK20 bootloader see Figure 26 and Table 26 No further modification can be applied Figure 26 MK20 JTAG connector sensor daughterboard connector and PSRAM power switch J1113 The...

Page 47: ...er applications Use only the middle pin of those jumpers The pins are sorted from up to down starting from 1 to 6 Table 27 eMMC micro SD jumpers Pin order from upside GPI O Descr iption Flexible mode0 Flexible mode1 Flexible mode2 Flexible mode3 Flexible mode4 Flexible mode5 Flexible mode6 Flexible mode9 1 32 MCD A0 GPIO32 SLV_SPI0 _CS EINT13 PWM2 DAISYNC MC0_D A0 MA_SPI 3_B_CS 2 33 MCD A1 GPIO33 ...

Page 48: ...D 11 NC 12 GND 13 JTDO 14 GND 15 SYSRSTB_IN 16 GND 17 NC 18 GND 19 NC 20 GND Figure 27 JTAG connector CON9002 pin definition 4 16 15 SMA connectors There are two SMA headers to connect to the external antennas The GNSS BT SMA is used to connect to GNSS Bluetooth antenna The BT SMA could be connected to a Bluetooth antenna The connectors are shown in Figure 8 To activate the BT SMA connector move 0...

Page 49: ...4 6 GPIO25 GPO48 7 GPIO26 GND 8 GPIO27 GPIO36 9 GPIO28 GPIO37 10 GND GND 11 VIO18 VIO28 12 VA28 VBAT R1 L1 R12 L12 Ref GPIO J1001 GPIO32 J1002 GPIO33 J1003 GPIO34 J1004 GPIO35 J1005 GPIO30 J1006 GPIO31 Ref GPIO J1010 GPIO26 J1008 GPIO24 J1007 GPIO25 J1011 GPIO28 J1015 GPIO29 J1012 GPIO29 J1009 GPIO27 CON6102 19 20 1 2 Sensor Ref GPIO GPIO Ref 1 ISINK VIO18 2 3 LCM_B LPWM VIO28 4 5 GPIO43 VIO28 6 7...

Page 50: ...C data input output GPIO 7 I O General purpose input output SLA_EDICK I Slave I2S bit clock input EINT 6 I External interrupt UTXD 2 O UART transmit port output MA_SPI 0 _MISO I SPI master MISO BT_BUCK_EN_HW O External buck enable pin output GPIO14 EINT 12 I External interrupt CLKO 4 O Clock output MA_EDICK O Master I2S bit clock output GPIO 14 I O General purpose input output PWM 3 O Pulse width ...

Page 51: ...PIO27 CMCSD1 I Camera sensor data 1 input LSDA1 O Serial display data output DAIPCMOUT O Digital audio interface data output GPIO 27 I O General purpose input output MA_SPI 2 _MOSI O SPI master data output MA_SPI 3 _MOSI O SPI master data output JTRSTB O JTAG clock reset output MC 1 _CK O MSDC clock output SLV_SPI 0 _MOSI I SPI slave data input GPIO28 CMMCLK O Camera main clock output LSA0DA1 O Se...

Page 52: ...e input output PWM 2 O Pulse width modulation DAISYNC O DAI frame synchronization output MC 0 _DA0 I O MSDC data input output MA_SPI 3 _CS O SPI master chip select GPIO33 SLV_SPI0_SCK I SPI slave clock input EINT 14 I External interrupt GPIO 33 I O General purpose input output PWM 3 O Pulse width modulation DAIPCMIN I Digital audio interface data input MC 0 _DA1 I O MSDC data input output MA_SPI 3...

Page 53: ...erial display chip select output CMCSD0 I Camera sensor data 0 input GPIO 39 I O General purpose input output CLKO 4 O Clock output SFSCS0 O Serial Flash chip select 0 SCL 1 O I2C clock output MA_SPI 2 _CS O SPI master chip select EINT 4 I External interrupt GPIO40 LSCK0 O Serial display clock output CMPDN O Serial camera power down output GPIO 40 I O General purpose input output SFSHOLD O Serial ...

Page 54: ...zed use reproduction or disclosure of this document in whole or in part is strictly prohibited MA_SPI 2 _MISO I SPI master data input GPIO43 LPTE O Serial display tearing signal output CMCSK I Camera sensor clock input GPIO 43 I O General purpose input output CMCSD2 I Camera sensor data 2 input SFSIN I Serial Flash data input SDA 1 I O I2C data input output EINT 6 I External interrupt ...

Page 55: ...Reset Title Size Date Sheet of MediaTek HDK MT2523G 01_Block Diagram C 1 99 Thursday March 31 2016 MK20DX128 Project MT2523 REF_SCH TOP LEVEL UART SWD AU_VIN1 Analog MIC Audio Jack HP_OUT eMMC Audio Speech Charger RTC 32K Battery UART SDIO SDIO UART Debug port MT2523G JTAG USB HS Micro USB USB HS HSP_OUT AU_VIN0 Camera IF Camera DTB CAM Serial 26M_BB 32K_BB I2C LCM CTP DTB VBAT BJT XTAL Serial Dis...

Page 56: ...isclosure of this document in whole or in part is strictly prohibited Figure 29 Block diagram Title Size Date Sheet of MediaTek HDK MT2523G 02_I2C_ID_Overview C 2 99 Thursday March 31 2016 I2C Spec 400 Kbps I2C Rear Camera Rear camera GC0310 I2C address 0X21 Write 0x42 Read 0x43 Yes Function I2C0 I2C Slave Address 7 bit mode 400 Kbps Budgeted Timing Touch IC Yes TP GT9137 I2C address 0X24 Write 0x...

Page 57: ...r in part is strictly prohibited Figure 30 I2C ID Title Size Date Sheet of MediaTek HDK MT2523G 04_PMU_SPEC C 4 99 Thursday March 31 2016 20 I_max mA VIO28 VIO18 150 2 8 1 8 2 8 2 8 100 150 Analog LDO VA28 VCAMA 230 100 2 8 1 8 3 3 1 8 2 8 3 3 3 2 5 VUSB VMC VIBR 1 8 1 86 3 0 3 3 VA18 VSF 200 Digital LDO 1 8 5 Driver ISINK Digital LDO 0 6 1 3 VDIG18 100 150 200 80 Vout V Vcore VBT 1 3 1 5 1 8 2 2 ...

Page 58: ... J1016 R 0 ohm 0402 3P 1 2 1 2 3 J1015 1 3 2 J1010 1 3 2 J1004 1 3 2 USB_VRT LCM MSDC CAMERA GPIO_B UART I2C GPIO_A USB ADC SYS_CTL MT2523 BB GPO GPIO_C GND U1000 1 MT2523G MCCK P10 MCCM0 N13 MCDA0 P12 LSCE_B K13 LSRSTB K14 LSCK L13 LSDA L12 LSA0 L14 LPTE M15 CMPDN B18 CMRST B17 CMCSD1 A19 CMCSD0 B16 CMMCLK B19 CMCSK A18 GPIO_B2 B13 GPIO_B1 D10 GPIO_B3 E10 GPIO_B4 D9 URXD0 B8 UTXD0 B7 GPIO_A0 C18 ...

Page 59: ...A16 DVDD_VSF E15 DVDD33_VMC P13 AVSS_PMU E7 AVSS_PMU E8 AVSS_PMU F7 AVSS_PMU H8 AVSS_PMU J8 AVSS_PMU J9 AVSS_DCXO E9 AVSS_VREF B4 AVSS_VREF L4 DVDD18_VSWXM K12 RESETB_OUT L11 GND G9 GND J10 GND F9 GND H10 GND F8 GND H9 GND G8 GND G10 GND F10 GND K10 GPDAC M6 AVSS33_USB D4 DVDD_VIO_B M14 VDIG18 N9 VSF_23 VCORE_FB VCORE VMC_23 VIO28_LDO VIO18_LDO VUSB33_23 VBT_LDO VCAMA_LDO VA18_LDO VBATSW VA28_LDO ...

Page 60: ...016 H2007 STAND HOLE PTH R6D3 5 H2006 STAND HOLE PTH R6D3 5 C2001 C 1 uF 0603 50V 2 1 H2001 STAND HOLE PTH R6D3 5 C2006 C 22 pF 0402 2 1 LED2003 LED CL190YG 1 2 H2005 STAND HOLE PTH R6D3 5 R2005 R 510 K 0402 1 2 R2006 R 91 K 0402 1 2 R2003 R 1 K 0402 1 2 H2004 STAND HOLE PTH R6D3 5 R2004 R 1 K 0402 NC 1 2 R2002 R 0 ohm 0402 1 2 R2018 R 1 58 K 0402 1 2 L2001 PL MEKK2520T1R0M 1 2 U2004 U TPS62065 SW...

Page 61: ...ttery sub board plug in Note 21 7 Note 21 7 Thermal protection battery with NTC Note 21 6 NTC Title Size Date Sheet of MediaTek HDK MT2523G 21_POWER_Charging C 21 99 Friday June 24 2016 Please place ESD2101 closed by R1137 on your system please refer to ESD performance enhance proposal Refer to MT6385 design notice 3 Star connection from R2103 to BAT Connector U2101 s C R2103 VBAT 2 Main path shou...

Page 62: ...NDEX NC D4 NC A1 NC A2 VSS A6 RFU A7 NC A8 NC A9 NC A10 NC A11 NC A12 NC A13 NC A14 NC B1 NC B7 NC B8 NC B9 NC B10 NC B11 NC B12 NC B13 NC B14 NC C1 NC C3 NC C5 NC C7 NC C8 NC C9 NC C10 NC C11 NC C12 NC C13 NC C14 NC D1 NC D2 NC D3 NC D12 NC D13 NC D14 NC E1 NC E2 NC E3 RFU E5 RFU E8 RFU E9 RFU E10 NC E12 NC E13 NC E14 NC F1 NC F2 NC F3 RFU F10 NC F12 NC F13 NC F14 NC G1 NC G2 RFU G3 RFU G10 NC G1...

Page 63: ...1 1 Note 41 2 Note 41 2 R4101 must be removed when eMMC feature active R4102 R 10 K 0402 NC 1 2 ESD4101 ESD5451NKM NC A K R4103 R 10 K 0402 NC 1 2 ESD4102 ESD5451NKM NC A K ESD4103 ESD5451NKM NC A K CON4101 CON 12 TA M017 012 07 811 MICROSD 8P SMD TA M017 012 07 811 DATA2 1 CD DATA3 2 CMD 3 VDD 4 CLK 5 VSS 6 DATA0 7 DATA1 8 CD 12 SWPIO 9 VCCSWP 10 GND 11 GND 13 GND 14 GND 15 GND 16 GND 17 GND 18 G...

Page 64: ...50 5 Note 50 2 R5007 R 0 ohm 0402 1 2 R5009 R 0 ohm 0402 NC 1 2 C5002 C 100 nF 0402 2 1 TP5002 NC 1 BT 26M CLK BUFFER MT2523 BT POWER IN U1000 3 MT2523G XTAL1 A9 XTAL2 A10 FREF C8 BT_LNA A12 AVDD13_BTRF A13 EXT_CLK_SEL A11 AVSS_BT C11 AVSS_BT B12 AVDD_VBT A14 AVSS_BT C12 AVSS_BT D12 AVSS_BT E12 DUMMY_NET A1 DUMMY_NET A22 DUMMY_NET P1 DUMMY_NET P22 DUMMY_NET P5 SMA5001 SMA 1 66MM 1 2 3 4 5 C5006 C ...

Page 65: ...N 3 BYP 4 OUT 5 C5233 C 0402 NC 2 1 U5207 U BGA725L6 GND 1 VCC 2 AO 3 GNDRF 4 AI 5 PON 6 BAT5201 ML621S NC R5237 R 0 ohm 0402 1 2 R5230 R 0 ohm 0402 1 2 R5238 R 0 ohm 0402 1 2 TP5203 NC 1 X5204 X FC 135 32 768KHZ 12 5pF IN1 1 IN2 2 C5219 C 4 7 uF 0603 2 1 C5236 C 18 pF 0402 2 1 L5202 L 1 uH 0806 L IND SMD LQM2MPN1R0NG0 R5207 R 10 K 0402 NC C5229 C 18 pF 0402 2 1 C5221 C 22 pF 0402 R5210 R 120 K 04...

Page 66: ...2 1 2 R6009 R 470 ohm 0402 U6001 U TPA2010D1 VDD B1 IN A1 IN C1 SHUNTDOWN C2 PVDD B2 GND A2 GND B3 VO A3 VO C3 XMIC R6018 R 0 ohm 0402 NC 1 2 C6012 C 100 nF 0402 2 1 ESD6005 ESD5Z5 0T1G A K R6020 R 0 ohm 0402 1 2 CON6001 JACK_CON 5P EJ 3699M GP AUDIOJACK 5P SMD EJ 3699M GP 1 2 3 5 4 C6013 C 100 pF 0402 2 1 C6011 C 33 pF 0402 NC R6006 R 100 ohm 0402 ESD6003 ESD5Z5 0T1G A K R6011 R 75 K 0402 1 2 C60...

Page 67: ...6102 R 0 ohm 0402 3P 1 2 1 2 3 CON6102 1 2 4 3 5 6 8 7 9 10 12 11 14 13 15 16 18 20 17 19 J6103 R 0 ohm 0402 3P 1 2 1 2 3 LSRSTB_JP LSRSTB_HS LSCE_B_HS LSCE_B_JP LPTE_JP LSCK_HS LSCK_JP LSDA_HS LSDA_JP LPTE_HS LSA0_HS LSA0_JP LCM_BLPWM_J LPTE_JP LSDA_JP LSA0_JP LSCK_JP LSCE_B_JP LSRSTB_JP J6104 R 0 ohm 0402 3P 1 2 1 2 3 J6105 R 0 ohm 0402 3P 1 2 1 2 3 J6106 R 0 ohm 0402 3P 1 2 1 2 3 VBAT LCM_BLPWM...

Page 68: ... disclosure of this document in whole or in part is strictly prohibited Figure 41 PERI_LCD_Capacitive touch panel CMCSK_J 10 CMCSD1_J 10 90 CMCSD0_J 10 90 CMMCLK_J 10 90 CMCSD2_J 10 CMRST_J 10 90 CMPDN_J 10 90 VCAMA VBAT SDA0 10 61 63 SCL0 10 61 63 Title Size Date Sheet of MediaTek HDK MT2523G 62_PERI_CAMERA C 62 99 Thursday March 31 2016 CON6201 HE7X2 MALE_TOP DIP7X2 P2 54 1 3 5 7 9 11 13 2 4 6 8...

Page 69: ...ate Sheet of MediaTek HDK MT2523G 63_PERI_SENSOR_DTB C 63 99 Friday June 24 2016 CON6301 1 2 4 3 5 6 8 7 9 10 12 11 14 13 15 16 18 20 17 19 21 23 22 24 R6301 R 0 ohm 0402 1 2 R6302 R 0 ohm 0402 1 2 R6303 R 0 ohm 0402 1 2 VBAT VIO28 VIO18 SDA0 10 61 62 MA_SPI3_B_MISO 10 SCL0 10 61 62 MA_SPI3_B_MOSI 10 MA_SPI3_B_CS0 10 MA_SPI3_B_SCK 10 U303_EINT_CONN 10 93 U303_PD_CONN 10 U303_RSTN_CONN 10 MA_SPI3_B...

Page 70: ... Figure 43 PERI_SENSOR_DTB_IO Title Size Date Sheet of MediaTek HDK MT2523G 64_PERI_USB C 64 99 Thursday March 31 2016 USB_DP 10 USB_DM 10 VUSB_BB CON6401 Proconn_8791 N005 M1A0 VUSB 1 D 2 D 3 ID 4 GND 5 6 7 8 9 10 11 ESD6402 ESD AZ5825 01F 1 2 ESD6401 ESD AZ5315 02F D2 1 D1 2 D3 3 USB This ESD components are optional for better ESD performance Note 64 1 Schematic design notice of 64_PERI_USB page...

Page 71: ...y March 31 2016 SW6501 KSW DJT 1109S 2 1 2 4 3 ESD6501 ESD5451NKM NC A K R6502 R 1 K 0402 1 2 PWRKEY 11 ESD6503 ESD ESD5311NKM NC 1 2 ESD6505 ESD AZ5325 01F NC 1 2 KEYPAD SW6502 KSW DJT 1109S 2 1 2 4 3 SW6503 KSW DJT 1109S 2 1 2 4 3 R6501 R 20 K 0402 1 2 R6503 R 20 K 0402 1 2 SW6504 KSW DJT 1109S 2 1 2 4 3 KCOL0 10 90 SW6505 KSW DJT 1109S 2 1 2 4 3 KROW1 10 KCOL2 10 ESD6502 ESD ESD5311NKM NC 1 2 E...

Page 72: ... UART1_RX FTM0_CH2 CLKOUT I2S0_TX_BCLK 24 PTC4 SPI0_PCS0 UART1_TX FTM0_CH3 CMP1_OUT 25 PTC5 SPI0_SCK LPTMR0_ALT2 I2S0_RXD0 CMP0_OUT 26 CMP0_IN0 PTC6 SPI0_SOUT PDB0_EXTRG I2S0_RX_BCLK I2S0_MCLK 27 CMP0_IN1 PTC7 SPI0_SIN USB_SOF_OUT I2S0_RX_FS 28 PTD4 SPI0_PCS1 UART0_RTS FTM0_CH4 EWM_IN 29 ADC0_SE6B PTD5 SPI0_PCS2 UART0_CTS UART0_COL FTM0_CH5 EWM_OUT 30 ADC0_SE7b PTD6 SPI0_PCS3 UART0_RX FTM0_CH6 FTM...

Page 73: ... 10 K 0402 1 2 R9004 R 10 K 0402 NC 1 2 R9009 R 10 K 0402 NC 1 2 R9005 R 10 K 0402 NC 1 2 R9010 R 10 K 0402 NC 1 2 R9006 R 10 K 0402 NC 1 2 R9001 R 10 K 0402 1 2 R9002 R 10 K 0402 NC 1 2 R9007 R 10 K 0402 NC 1 2 DVDD18_VIO18 VIO28 DVDD_GPO DVDD18_VIO18 KCOL0 10 65 DVDD_GPO LCM_BLPWM 10 61 GPS_HRST_B 10 LSCK_LCM 10 61 MA_SPI3_B_CS1 10 63 MCU JTAG Trapping The sequence is GPS_HRST_B LCM_BLPWM Low No...

Page 74: ...ocument in whole or in part is strictly prohibited Figure 47 DEBUG_IO Title Size Date Sheet of MediaTek HDK MT2523G 92_POWER INDICATOR C 92 99 Thursday March 31 2016 R 0 ohm 0603 R9211 Q SSM3K37MFV Q9201 2 3 1 LED9201 LED CL190YG 1 2 LED9209 LED LAL296 P1R2 Z 1 2 Q SSM3K15AMFV Q9206 2 3 1 R9201 R 1 58 K 0402 1 2 R9206 R 1 58 K 0402 1 2 LED9206 LED CL190YG 1 2 R 180 ohm 0402 R9209 VBAT VCORE VMC IS...

Page 75: ... PGND 2 OUTP 3 FBS 4 AGND 5 PVIN 10 AVIN 9 SWN 8 OUTN 7 CTRL 6 GND 11 LSCE_B LSDA 1 LPTE 1 5 LSRSTB 1 3 5 LSCK 1 AMOLED Power LSA0 1 TP402 1 TP404 1 TP403 1 TP401 1 TP405 1 IM1 0 IM0 1 3SPI IM1 1 IM0 0 4SPI TP406 1 TP407 1 TP408 1 J401 1 2 TP409 1 TP410 1 ISINK 1 3 R204 R 3 3 ohm 0402 1 2 J201 1 2 PWM_EN 1 LEDK 3 4 J203 1 2 VBAT Note 2 1 J202 1 2 LEDA 3 4 Rset 200 Imax L201 PL 10 uH L NR3012 C201 ...

Page 76: ...iaTek Inc Page 70 of 82 This document contains information that is proprietary to MediaTek Inc MediaTek and or its licensor s Any unauthorized use reproduction or disclosure of this document in whole or in part is strictly prohibited Figure 49 LCM ...

Page 77: ... 82 This document contains information that is proprietary to MediaTek Inc MediaTek and or its licensor s Any unauthorized use reproduction or disclosure of this document in whole or in part is strictly prohibited 6 Layout V11 Figure 50 LinkIt 2523 HDK layout Layer 1 ...

Page 78: ...e 72 of 82 This document contains information that is proprietary to MediaTek Inc MediaTek and or its licensor s Any unauthorized use reproduction or disclosure of this document in whole or in part is strictly prohibited Figure 51 LinkIt 2523 HDK layout Layer 2 ...

Page 79: ...e 73 of 82 This document contains information that is proprietary to MediaTek Inc MediaTek and or its licensor s Any unauthorized use reproduction or disclosure of this document in whole or in part is strictly prohibited Figure 52 LinkIt 2523 HDK layout Layer 3 ...

Page 80: ...e 74 of 82 This document contains information that is proprietary to MediaTek Inc MediaTek and or its licensor s Any unauthorized use reproduction or disclosure of this document in whole or in part is strictly prohibited Figure 53 LinkIt 2523 HDK layout Layer 4 ...

Page 81: ...CON12X4 SMD F OK 03F024 04 WS3287 OCN 6 1 CON402 CON 10 OK 20F010 04 CON5X2 SMD P0 4 F OK 20F010 04 WS3287 OCN 7 1 CON4101 CON 12 TA M017 012 07 811 MICROSD 8P SM D TA M017 012 07 811 Smart conn 7 1 CON501 CON 24 AXE520127 CON10X2 SMD P 0 4 F AXE520127 WS3287 Panasonic 8 1 CON502 AXE510124 CON5X2 SMD P0 4 F AXE510124 WS3287 Panasonic 9 1 CON6001 JACK_CON 5P EJ 3699M GP AUDIOJACK 5P S MD EJ 3699M G...

Page 82: ...06 C507 C1116 C 10 uF 0402 C0402 25 3 C1129 C2006 C5227 C 22 pF 0402 C0402 26 2 C1133 C6608 C 100 nF 0402 NC C0402 27 16 C401 C403 C504 C1134 C1135 C4003 C4004 C4006 C5002 C6001 C6002 C6012 C6018 C6020 C6021 C9001 C 100 nF 0402 C0402 28 1 C1136 C 2 2 nF 0402 X5R C0402 29 3 C2001 C2101 C6606 C 1 uF 0603 50V C0603 30 2 C2005 C2102 C 22 uF 0603 C0603 31 2 C4002 C4005 C 4 7 uF 0402 C0402 32 1 C5001 C ...

Page 83: ...d Ceramic 51 3 ESD2101 ESD6402 ESD6601 ESD AZ5825 01F VR0402 Amazing Microelectronic 52 1 ESD2102 ESD AZ5725 01F VR0402 Amazing Microelectronic 53 12 ESD4101 ESD4102 ESD4103 ESD4104 ESD4105 ESD4106 ESD4107 ESD4108 ESD4109 ESD6001 ESD6002 ESD6501 ESD5451NKM NC SOD923 SMD AK TY Semiconductor 54 4 ESD6003 ESD6004 ESD6005 ESD6006 ESD5Z5 0T1G SOD523 ESD5Z2 5 T1 ON Semiconductor 55 2 ESD6401 ESD6602 ESD...

Page 84: ... MBKK 1608 Taiyo Yuden 71 1 L1102 PL MAKK2016T2R2M L IND SMD MAK K2016 Taiyo Yuden 72 1 L2001 PL MEKK2520T1R0M L IND SMD 2520 Taiyo Yuden 73 1 L5003 L 6 8 nH LQG15HS6N8H02D L0402 Murata 74 1 L5201 L 1 2 nH 0402 L0402 75 1 L5202 L 1 uH 0806 L IND SMD 0402 1 L5203 L 22 nH 0402 NC L IND SMD LQM 2MPN1R0NG0 76 1 L5204 L 5 6 nH 0402 L0402 77 1 MIC6001 MIC SPU0410HR5H PB L0402 Knowles 78 1 Q2101 Q PNMT6N...

Page 85: ...5 R6102 R6103 R6301 R6302 R6303 R6304 R6605 R6614 R6618 R6619 R6620 R6621 R6622 R6623 R 0 ohm 0402 R0402 87 1 R1116 R 1 ohm 0402 R0402 88 1 R1131 R 100 K 0402 R0402 89 1 R1133 R 430 K 0402 R0402 90 1 R1134 R 360 K 0402 R0402 91 4 R1137 R5224 R6625 R9211 R 0 ohm 0603 R0603 92 1 R2001 R 2 2 K 0402 R0402 93 1 R2003 R 1 K 0402 R0402 94 2 R2005 R6615 R 510 K 0402 R0402 95 1 R2006 R 91 K 0402 R0402 96 3...

Page 86: ...0 ohm 0402 NC R0402 120 1 R6617 R 5 1 K 0402 R0402 115 1 R9209 R 180 ohm 0402 R0402 116 1 SHORT6001 SHORT NC MMD L6 4MIL NC 4MIL 117 2 SMA5001 SMA5002 SMA 1 66MM SMA1 PIN CHIH 118 1 SPK1 SPK 2403 260 00071 190 EN SPEAKER SMD 24 03 260 00071 WS3330 EDOM 119 6 SW6501 SW6502 SW6503 SW6504 SW6505 SW6601 KSW DJT 1109S 2 SW 4P SMD SHO WMAN DJ TECH 120 1 TCXO5201 TCXO 26 MHz 7L26002009 TCXO SMD 2 5X2 0 I...

Page 87: ...725L6 S Infineon Technologies 132 1 U6001 U TPA2010D1 WCSP9 SMD P0 5 B0 27 TPA2010D 1 Texas Instruments 133 1 U6601 U MK20DX128VFM5 QFN32 SMD P0 5 98ARE10566D Freescale 134 1 U6604 U NXP 74LVC125A DHVQFN14 SMD P0 5 74LVC125A NXP 135 1 U6605 U ATMEL AT45DB161E SHD2B T NC SOIC8 SMD ATMEL 136 1 U6606 TCXO SiT1533AI H4 D14 32768 NC SIT1533AI SMD 32768 Si Time 137 1 X1101 X 32 KHz SC 20S 7pF CRYSTAL SM...

Page 88: ... Integrated Interchip Sound ISINK LCM backlight current sink source JTAG Joint Test Action Group MIPI Mobile Industry Processor Interface MSDC Mass Storage Device Class NC Not connected NTC Negative Temperature Coefficient OMTP Open Mobile Terminal Platform PCM Pulse code modulation PSRAM Pseudo Static Random Access Memory RTC Real Time Counter SDMMC Secure Digital Multimedia Card SPI Serial Perip...

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